According to the second class of explanations jets explode most (or even all) CCSNe (for a review see [1]}). Even if the pre-collapse core is slowly rotating, accretion of material with stochastic angular momentum onto the newly born neutron star leads to the launching of jittering jets (jets with stochastic variation of directions), i.e., the jittering jets explosion mechanism ([2]}, [3]}, [4]}, [5]}, [6]}, [7]}, [8]}, [9]}, [10]}, [11]}). Therefore, according to this class of models jets also explode all LSNe and SLSNe, as well as the CCSNe that accompany gamma ray bursts, as [12]} also claim from their observation of a gamma ray burst.
Further motivation to consider jet-driven explosions is the problems of magnetar modelling of some SLSNe, e.g., [13]} who analysed the magnetar modelling by [14]}, and LSNe, e.g., [15]} who analysed the magnetar modelling by [16]}.
Moreover, some studies find that the formation of an energetic magnetar most likely leads to the launching of jets during the explosion and in some cases also after the explosion, and that these jets might carry more energy that the magnetar [17]}, [18]}, [13]}; for some possible energy sources of SLSNe see, e.g., [20]}.)
